JP2003312171A - Laminated card - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To certainly bond a laminate processing member to a paper body using a labeller in a laminated card wherein the laminate processing member is provided on the paper body. <P>SOLUTION: A first plastic film 21 and a second plastic film 22 are bonded to the paper body 20 in a peelable pseudo-adhesion state by a pressure-sensitive adhesive. The second plastic film 22 is formed so as to be smaller than the first plastic film 21. Tack paper 24 formed so as to have the same size as the first plastic sheet 21 is bonded to the first and second plastic films 21 and 22 to form a laminated processed member 26. A slit 29 piercing the paper body 20 and the first plastic film 21 from the surface of the paper body 20 to reach the second plastic film 22 is provided and the inside part of the slit 29 is formed into a card 30. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a laminated card in which a card is detachably provided on a sheet main body, and a surface of the card is laminated when the card is detached from the sheet main body after printing by a printer.

[0002]

2. Description of the Related Art FIG.
The laminated card proposed by No. 047540, wherein the first and second plastic films 13 and 14 are adhered to the paper body 10 in a peelable pseudo-adhesive state, and the first and second films. A tacking paper 17 is adhered to the paper body 10 to cover the sheets 13 and 14, and the pseudo-adhesive portion 15 of the first and second films 13 and 14 is prevented from peeling off at the time of printing by a printer. Is.

Unlike the conventional cards, the proposed device does not have a possibility of peeling (also called cracking) of the pseudo adhesive portion 15 at the time of printing by the printer, so that there is an advantage that printing can be performed by using a high speed printer. But first
Also, there is a problem when the operation of attaching the laminating member composed of the second films 13 and 14 and the tack paper 17 to the paper body 10 is performed at high speed. The laminated member is the first film 13 until it is attached to the paper body 10.
The adhesive 16 and the adhesive 18 of the tack paper 17 are attached to release paper (not shown), and the attachment to the paper body 10 is performed by a machine called a labeler. When the laminating member is attached to the paper body 10 by the labeler,
Send the paper body 10 and the laminated member in the same direction,
While peeling off the release paper of the laminated member, the paper body 1
It is attached to 0.

In the proposed laminated member, the tack paper 17 protruding from the periphery of the first and second films 13 and 14 is not the same in thickness as a whole, but is thin as compared with the thickness of the entire laminated member. However, the rigidity of the relevant portion is insufficient (so-called “brush” is not present). Therefore, when the operation of peeling the release paper is performed at high speed, the tack paper 1
Problems such as the periphery of 7 being caught in the machine are likely to occur.

[0005]

SUMMARY OF THE INVENTION According to the present invention, in a laminated card in which a laminating member is attached to a paper body, the peeling strength is increased by making the thickness of the laminating member uniform, and the laminating member is labeled by a labeler. It is to provide a laminated card that can be reliably attached to the.

[0006]

A first means of solving the problems is to adhere a first plastic film and a second plastic film to a paper body with an adhesive in a peelable pseudo-adhesive state, and to the paper body. The second plastic film, which is pseudo-bonded to the first plastic film, is formed to be smaller than the first plastic film, and the tack paper is formed to have the same size as the first plastic film. The first and second plastic films are adhered to each other to form a laminated member, and a cut line is formed from the surface of the paper body to penetrate the paper body and the first plastic film to reach the second plastic film. It is characterized in that the inner part of the cut is formed in the card. A second solution means is characterized in that, in the first solution means, the tack paper has a part of a peripheral edge thereof adhered to the first plastic film.

[0007]

BEST MODE FOR CARRYING OUT THE INVENTION In FIG.
Reference numeral 21 is a first plastic film, and a second plastic film 22 is adhered to the first plastic film 21 in a releasable state. The first and second plastic films 21 and 22 are releasably adhered to each other by a pseudo adhesive portion 23 called so-called pseudo adhesive.
Further, the second plastic film 22 has a peripheral edge cut out so as to be smaller than the first plastic film 21. Reference numeral 24 denotes a tack paper made of a plastic film or paper, which is the first plastic film 21.
It is formed in the same size as and is adhered to the first and second plastic films 21 and 22 by the adhesive 25.

First and second plastic films 2
The laminating member 26 formed of the tack paper 24 and the tack paper 24 is attached to a release paper (not shown) with an adhesive 27.

FIG. 2 shows a mode in which the tack paper 24 is adhered to the first and second plastic films 21 and 22. FIG. 2A shows an adhesive portion 28 in which the tack paper 24 is adhered to the first plastic film 21, which is the entire peripheral edge portion of the tack paper 24, and FIG. 2B shows front and rear edges of the adhesive portion 28 in the feeding direction to the printer. FIG. 2C shows the left and right side edges of the adhesive section 28 in the direction of sending to the printer. Also, FIG. 2D shows only the front edge portion in the direction in which the adhesive portion 28 feeds to the printer. However, in any case, the tack paper 24 is formed in the same size as the first plastic film 21 so that the rigidity of the laminating member 26 is not reduced.

To attach the laminating member 26 to the paper main body 20, a labeler is used, and the release paper (not shown) is attached while being peeled from the coated surface of the adhesive 27. The laminating member 26 is formed by laminating the first and second plastic films 21 and 22 and the tack paper 24. Of these, the second plastic film 22 is smaller than the first plastic film 21 and the tack paper 24. Although not all layers have the same thickness, since the first plastic film 21 and the tack paper 24 are laminated in two layers at the peripheral portion, the peel strength as a whole is higher than that of the conventional structure, and a labeler was used. Sticking work is done reliably.

When the laminating member 26 is attached to the back surface of the paper body 20, a cut 29 is formed from the front surface of the paper body 20 to penetrate the paper body 20 and the first plastic film 21 to reach the second plastic film 22. The inside of the cut 29 is formed in the card 30. The paper main body 20 performs printing necessary for the construction of the card before attaching the laminating member 26.

If the card is a membership card, the paper body 2
0 with the laminated member 26 attached to the card 3
The card-specific information 31, such as the member number and the member name, is printed by a printer in a predetermined column of the portion that becomes 0.
When the tack paper 24 of the laminating member 26 covers the pseudo adhesive portion 23 by adhering the entire peripheral edge portion of the tack paper 24 or the front and rear or left and right edge portions in the feeding direction to the printer to the first plastic film 21. It becomes possible to print the card-specific information 31 with a high-speed printer, and the pseudo-adhesive portion 23 does not peel off during printing. When the adhesive portion of the tack paper 24 adheres only the front edge portion to be sent to the printer to the first plastic film 21,
By adjusting the printing speed of the printer, it is possible to prevent the pseudo adhesive portion 23 from peeling off.

The reason why the tack paper 24 is adhered by covering the first and second plastic films 21 and 22 is that the pseudo-adhesive portion 23 of the first and second plastic films 21 and 22 is peeled off during printing by the printer. The reason is that the peripheral edge of the tack paper 24 is formed to have the same size as the first plastic film 21 and the adhesive is applied.
This is to increase the rigidity of the laminating member 26 so that the laminating member 26 can be peeled off from the release paper and securely adhered to the paper body 20. Therefore, the entire peripheral edge of the second plastic film 22 is cut to be smaller than the first plastic film 21, and the entire peripheral edge portion of the tack paper 24 is formed into the first plastic film 21 as shown in FIG. 2A. Although it is desirable that the tack 24 be bonded to the entire peripheral edge portion of the paper 21, the adhesive portion of the tack 24 paper may be only in the front direction, the front-back direction, or the left-right direction of the feeding direction to the printer.

Since the card 30 is mailed or distributed to the customer while being attached to the paper body 20, the paper body 20
To remove the card 30 from the card 30, bend the paper body 20 at the corner of the card 30 downward to lift the corner,
The corners are the first and second plastic films 21, 22
Since it is peeled off from the pseudo-adhesive portion 23, the card 30 is taken out from the paper main body 20 while being lifted up along the cut line 29.

A card 30 taken out from the paper body 20
Has a first plastic film 21 attached to its back surface, and is laminated.

FIG. 3 shows a case where the paper main body 20 is made of continuous paper. Perforations 32 for forming the paper main body 20 for each unit are provided, and the length of the continuous paper is set. Feed holes 33 for mounting on the printer are formed at both ends in the direction.

[0017]

According to the present invention, the structure of the laminating member for laminating a card is such that the first and second plastic films are provided in a peelable pseudo-adhesive state and are directly adhered to the paper body. The second plastic film pseudo-adhered to the plastic film is formed smaller than the first plastic film, and the tack paper having the back surface coated with the adhesive is formed in the same size as the first plastic film. Since it is attached to the second plastic film, the pseudo-adhesive portions of the first and second plastic films are covered with tack paper,
The pseudo-adhesive portion is not peeled off during printing by the printer, and the peripheral portion of the laminating member is formed to have a thickness obtained by polymerizing the tack paper and the first plastic film, so that the rigidity is increased and so-called " It becomes a laminated member with a "bush", and there is an effect that the work of peeling it from the release paper and attaching it to the main body of the paper is surely performed.

[Brief description of drawings]

FIG. 1 is a sectional view showing a laminated card of the present invention.

FIG. 2 is a diagram showing an adhesion mode of tack paper.

FIG. 3 is a plan view showing a paper main body for creating a card.

FIG. 4 is a diagram showing a conventional technique.

[Explanation of symbols]

20 Paper body 21 First plastic film 22 Second plastic film 23 Pseudo adhesive part 24 tack paper 25 Adhesive 26 Laminated parts 27 Adhesive 28 Adhesive part 29 cuts 30 cards 31 Card-specific information 32 perforations 33 sprouting hole

Claims (2)

[Claims] 1. A first plastic film (21) and a second plastic film (2) on a paper body (20).
2) is adhered with a pressure-sensitive adhesive in a peelable pseudo-adhesive state, and the second plastic film pseudo-adhered to the first plastic film adhered to the paper body is more than the first plastic film. A tack paper (24) formed into a small size and the same size as the first plastic film is adhered to the first and second plastic films to form a laminating member (26), From the surface, the paper body and the first
7. A laminated card, characterized in that a cut (28) is formed through the plastic film to reach the second plastic film, and an inner portion of the cut is formed in a card (30). 2. The laminated card according to claim 1, wherein the tack paper (24) has a part of the peripheral edge thereof adhered to the first plastic film (21).